MilliporeSigma SLFGX13NL Millex® FG Overmold Design Syringe Filter with Hydrophobic PTFE Membrane, 0.2µm, Non-Sterile, Diameter: 13mm, Red Ring, Non-Sterile (Pack of 100)

Non-sterile Millex® 13mm syringe filters offer unsurpassed quality, consistency, and reliability of results to accelerate the filtration process. The overmolded housing design provides a more robust syringe filter, with a maximum housing pressure of 150 psig (10 bar) enabling solutions to be filtered faster. The optimized housing design maintains 50% less hold volume than traditional 13 mm filters to ensure maximum sample recovery. The color-coded band on the Millex® housing clearly indicates which membrane is inside. The 13 mm Millex filter manufacturing process is fully automated from membrane cutting through device assembly and packaging to minimize the risk of contamination and meet pharmaceutical standards. Millipore Millex® FG syringe filters feature a Millipore hydrophobic PTFE membrane and a polypropylene housing. These 0.2µm syringe filters are designed for particle removal and preparation of organic solvents and similar solutions prior to chromatography analysis or other instrument analysis.

Non-sterile Millex® 13mm syringe filters offer unsurpassed quality, consistency, and reliability of results to accelerate the filtration process. The overmolded housing design provides a more robust syringe filter, with a maximum housing pressure of 150 psig (10 bar) enabling solutions to be filtered faster. The optimized housing design maintains 50% less hold volume than traditional 13 mm filters to ensure maximum sample recovery. The color-coded band on the Millex® housing clearly indicates which membrane is inside. The 13 mm Millex filter manufacturing process is fully automated from membrane cutting through device assembly and packaging to minimize the risk of contamination and meet pharmaceutical standards. Millipore Millex® FG syringe filters feature a Millipore hydrophobic PTFE membrane and a polypropylene housing. These 0.2µm syringe filters are designed for particle removal and preparation of organic solvents and similar solutions prior to chromatography analysis or other instrument analysis.